Dr. Leandro Quadrana, Institute of Plant Science. University Paris-Saclay, CNRS, France

Title: Hot atomic vapors: From fundamental science to quantum technologies

Speaker: Dr Robert Löw, Deputy Director, 5th Institute of Physics, University of Stuttgart, Germany

TSVP Talk Language: English (no interpretation). Target audience: General audience / everyone at OIST and beyond. Freely accessible to all OIST members and guests without registration (also via Zoom).

International Symposium of Life-Nonlife Transition: Boundaries Between Life and Nonlife, March 18-19, at Institute of Industrial Science, The University of Tokyo, Language: English, Registration needed.

RIKEN-OIST Workshop for Hybrid Intelligence & Collective Behaviour ( HIVE ) 2026

We live in a highly interconnected and digitalised world, where information spreads rapidly among vast numbers of humans and autonomous agents, shaping societies in unprecedentedly complex and large-scale ways. Despite long-standing interest in collective behaviour, fully understanding it requires insights from cross-disciplinary approaches. Yet, superficial gaps in terminologies and concepts used across research domains have made interdisciplinary collaborations difficult. To address this gap, we organise HIVE 2026 to foster communication among researchers of collective behavior from diverse fields in OIST and RIKEN CBS, using computational models as a common language.

OIST Workshop | Website | Main organizer: Yuliya Kulikova (Science and Technology Group)| OIST members are welcome to attend all scientific sessions. Meals are closed sessions for registered participants only.

Title: Blow-up rate for the subcritical semilinear heat equation in non-convex domains

Speaker: Dr. Erbol Zhanpeisov (Tohoku University)

Talk by Dr. Nicola De Nitti, University of Pisa, March 17 (Tue) 9:00 - 10:00 am, L4E48

QG Lecture Series Speaker: Mirian Tsulaia, (OIST) Title: Review of some basic features of the SM and of GUTs

Recently, Lohvansuu (2023) introduced the p-modulus for families of k-dimensional Lipschitz chains and their dual families of (n-k)-dimensional chains. While he established an upper bound for the duality of these families on Lipschitz cubes, the corresponding lower bound remained an open question. Subsequently, Kangasniemi and Prywes (2025) developed dMod, a related notion of modulus based on differential forms, and successfully established a full duality result. In this talk, I will explore the implications of these developments and discuss related open problems.

[Conference] Augmented Humans 2026 (AHs’26)

The Augmented Humans (AHs) International Conference 2026

ポスト5G情報通信システム基盤強化研究開発事業 量子コンピュータ領域における非ハードウェア開発のための人材育成型共同開発プラットフォームの事業説明や量子人材育成に関するパネルディスカッションを通してプラットフォームへの参加募集を行います。

OIST博士課程学生が自身の学びの歩みと研究についての公開発表を行います。 3/15 (日) 14:30 — 16:30

OIST Graduate Students will give a public presentation about their educational journey and research at OIST.

QG Lecture Series Speaker: Mirian Tsulaia, (OIST) Title: Review of some basic features of the SM and of GUTs

This project is joint work with Nathan Albin, Joan Lind and Pekka Pankka. Our goal is to approximate planar p-capacity (or continuous p-modulus) in topological rectangles using discrete p-modulus defined on an approximating orthodiagonal map. To that end, I will first introduce the planar p-capacity problem we are interested in and then I will give an overview of the theory of p-modulus on finite graphs, describing various notions of duality, and establishing its relation to the discrete p-Laplacian and to non-linear flows.

Given a discrete graph and a family of objects (walks, spanning trees, edge covers, etc.) on the graph, p-modulus provides a mathematical way to quantify the "richness" or "robustness" of that family. Acting as a tunable metric, p-modulus generalizes classical graph metrics—such as shortest path, effective resistance, and minimum cut—to provide a multifaceted view of the graph's topology and geometry. Through the lens of modulus, we can explore a variety of structural properties of the graph. This talk will introduce p-modulus, describe its basic properties, connect it to well-known graph-theoretic quantities, and explore the powerful theory of Fulkerson blocking duality, which connects each family of objects to a natural dual family that provides deep insights into the graph's structural properties.

Dr Shahriar Esmaeili, Former Quantum Research Engineer, Toyota Research Institute of North America

Dr George Winstone, NorthWestern University, USA

Speaker:Dr. Hiroaki Matsunami,the Department of Molecular Genetics and Microbiology, the Duke University

Prof. Michael Lenhard, Institute for Biochemistry and Biology, University of Potsdam, Germany

Assistant ProfessorAlessia Antelmi, Computer Science assistant professor (RTD-A) at the University of Turin

Assistant Professor Mirko Polato

University of Turin, Department of Computer Science

旅費相談会を開催いたします。

March 11th (Wed) @A151 Center Bldg. 15:00-16:00

A Seminar by Kazuhiro Nagata, Director General, JT Biohistory Research Hall, Takatsuki (Osaka). Hosted by Prof. Yamamoto. Keywords: molecular chaperone, ER-associated degradation (ERAD), ERdj5, LLPS

A Seminar by Tamotsu Yoshimori, Professor Emeritus of Osaka University, Professor of The DAICEL Endowed Chair in Beyond Cell Reborn Research. Hosted by Prof. Yamamoto. Keywords: Autophagy, Rubicon, Longevity, Awabancha

The 10th OIST–Keio Joint Symposium brings together various perspectives on fluid dynamics, highlighting recent advances across theory, computation, and experiment. Through a series of focused talks and poster presentations, the event spans fundamental flow phenomena, complex and multiscale fluids, and engineering‑relevant applications. This 10th showcase continues a series of events bringing Keio and OIST researchers together to foster discussion and enable innovation through interdisciplinary collaboration.

QG Seminar (Zoom)

Speaker: Maor Ben-Shahar, (MIT)

Title: Classical spinning particles for black hole physics

In this workshop, you'll learn how to transform research, data, and technology into narrative beats that tell the right stories to the right audience. While the workshop centers on climate communication, the methods introduced are applicable to any research that aims to move people through scientific storytelling. If you're interested in delivering your message beyond the scientific community, we'd love to have you join us.

OIST COI-NEXT Annual Symposium 2026 Sustaining Innovation Beyond the Lab Date: March 9th, 2026, at 9:30-17:00 Venue: Sydney Brenner Lecture Theater (B250) Target audience: General audience/ open to everyone at OIST and beyond. Registration Deadline: February 26, 2026

OIST Science Challenge is a unique opportunity for participants to extend their scientific education and experience research at OIST.

This public lecture will be held in Japanese only, with no interpretation provided.

パブリック・レクチャー　『和音の科学』

日時：2026年3月7日（土）14:00-15:00（開場 13:30）

場所：OIST サイエンススタジオ　ゆんラボ・未来館（読谷村総合情報総合センター）

講演者：東京大学生産技術研究所教授　羽田野 直道博士

講演言語：日本語

対象：中学生以上

定員：70名

登録開始日：2026年2月24日（火）

参加費：無料

TSVP Talk Language: English (no interpretation). Target audience: General audience / everyone at OIST and beyond. Freely accessible to all OIST members and guests without registration (also via Zoom).

Mirror Lab Symposium: Frontiers in Recent Human Evolution

We will describe and discuss projects that explore genetic variants that emerged in the evolution of modern and archaic humans, and how such archaic variants affects humans today. We will also discuss projects that use ancient DNA to reconstruct the early peopling and history of the Japanese Archipelago. We will explore how we can intensify our collaborations in these areas and brainstorm about future research directions.

Guest seminar hosted by CDQT.

Speaker: Prof. Jeroen van den Brink (Institute for Theoretical Solid State Physics, IFW Dresden)

Title: Topological surface superconductivity in PtBi2

Workshop on Cognitive Neurorobotics

Organized by Jun Tani, Tani Unit, OIST

March 5, 13:30—18:00, Seminar room L5D23, Lab 5

Tentative program

13:30-13:40: Introduction, Jun Tani, OIST

13:40-14:40: Collective Intelligence in LLM agents, Takashi Ikegami, Univ. of Tokyo

14:40-15:40: Deep Active Inference for Real-World Robotic Systems, Shingo Murata, Keio Univ.

15:40-16:00: Coffee break

16:00-17:00: A Consideration of Robot Foundation Models as Embodied Intelligence, Tetsuya Ogata, Waseda Univ.

17:00-18:00: Propagation of Mind Through the Mechanism of Superposition, Hiro Iizuka, Hokkaido Univ.

Language: English

QG Seminar Speaker: Will Horowitz (University of Cape Town) Title: Hamilton Revisited: The Action Principle for Initial Value Problems

Title: In-plane oscillations of a slack catenary using assumed modes.

Speaker: Dr. Anindya Chatterjee, Professor, Mechanical Engineering, IIT Kanpur

(collaborators: Bidhayak Goswami and Indrasis Chakraborty)

Join Zoom link

Target audience: Interns, Students, PostDocs, and those who are interested in the same research field. Language: English

The Biological, Artificial, and Quantum Intelligence 2026 International Workshop (BAQ2026) will bring together world-leading experts in neural networks, neuroscience, quantum machine learning, and related areas of intelligence and complexity. It aims to provide a platform for discussions on recent developments and future perspectives in these fields. Open to OIST Community!

OIST Workshop | Website | Main organizer: Tomomi Kiyomitsu (Cell Division Dynamics Unit) | OIST members are welcome to attend all scientific sessions. Meals are closed sessions for registered participants only.

The Graduation Ceremony to award degrees to those who graduated in the period May 2025 to January 2026. The ceremony will take place at the OIST Auditorium on Friday, February 27, 2026.

Moderated by Lauren Ha, Associate Vice President for Technology Development and Innovation, the conversation will explore Kris’s career, current initiatives, and his perspective on the global tech industry. After a 20‑minute interview, the floor will open for audience questions. The event will be followed by a special OIST Teatime in Center Court.

TSVP Talk Language: English (no interpretation). Target audience: General audience / everyone at OIST and beyond. Freely accessible to all OIST members and guests without registration (also via Zoom).

Speaker: Cindy Poo, a senior scientist with the Allen Institute for Neural Dynamics and an Affiliate Assistant Professor in the Department of Physiology and Biophysics at the University of Washington

This talk will explore some aspects of non-smooth Lorentzian geometry, the mathematical framework underlying Einstein’s general relativity, which is currently being developed. Just as metric length spaces provide a synthetic generalisation of smooth Riemannian manifolds, the time-separation function plays the role of a “distance” in Lorentzian geometry. The need for a non-smooth Lorentzian framework appeared early on, most famously with Penrose’s singularity theorems. After introducing the basic concepts and some initial results in this synthetic setting, we will turn to causal set theory, a radical approach to quantum gravity in which spacetime is modelled as a discrete causal graph. I will formulate a new notion of curvature, inspired by Ollivier-Ricci curvature on metric graphs, using optimal transport between causal diamonds. We will see that it does recover Ricci curvature on smooth Lorentzian manifolds, and numerical examples will be presented.

Title: Rocks instead of clocks: Bayesian modelling of the fossil record enlightens the diversification and extinction of Hemiptera in deep time

Abstract: Untangling the patterns and drivers behind the diversification and extinction of highly diversified lineages remains a challenge in evolutionary biology. While insect diversification has been widely studied through the “ Big Four” insect orders (Coleoptera, Hymenoptera, Lepidoptera, and Diptera), the fifth most diverse order, Hemiptera, has often been overlooked. Hemiptera exhibit a rich fossil record and are highly diverse in present-day ecosystems, with many lineages closely associated with their host plants, making them a crucial group for studying how past ecological shifts—such as mass extinctions and floral turnovers—have influenced insect diversification. This study leverages birth-death models in a Bayesian framework and the fossil record of Hemiptera to estimate their past diversity dynamics. Our results reveal that global changes in flora over time significantly shaped the evolutionary trajectories of Hemiptera. Two major faunal turnovers particularly influenced Hemiptera diversification: (i) the aftermath of the Permo-Triassic mass extinction and (ii) the Angiosperm Terrestrial Revolution. Our analyses suggest that diversification of Hemiptera clades was driven by floristic shifts combined with competitive pressures from overlapping ecological niches. Leveraging the extensive fossil record of Hemiptera allowed us to refine our understanding of diversification patterns across major hemipteran lineages. We also the recently developed Bayesian Brownian Bridge model, which estimates the timing of lineage origin and extinction through fossil-based Bayesian modelling, to provide a temporal framework for the rise and fall of 310 major hemipteran lineages.

TSVP Talk Language: English (no interpretation). Target audience: General audience / everyone at OIST and beyond. Freely accessible to all OIST members and guests without registration (also via Zoom).